calculate properties of photons emitted from a few-level quantum emitter using QuTip

Predict experimental observations of two photon quantum processes, specifically the coincidence detections for quantum walks on graphs.

Conducted various quantum optics experiments with single photons (working with Physlab, Pakistan. https://physlab.org/) to explore quantum entanglement/nonlocality. Performed two-qubit quantum state tomography utilizing the density matrix formalism.

Electrodynamics simulator for calculating the fields and potentials generated by moving point charges and simulating oscillating dipoles with and without periodic mechanical motion.

Coincidence computation for single photon Grangier-Roger-Aspect experiment

Repository for programs used to generate figures for some published projects.

This is a repository for notes on Quantum Optics. The examples are implemented by QuTip using Python.

Visualize and solve a 4-dimensional cube

PHYS 442 Quantum Optics Projects

Transit effects simulation in hot atomic vapors and wavefront analysis

Basic analytical functions for a few-photon light detection

量子光学平均场展开求解器

QuantumPolyspectra: a Python Package for the Analysis and Simulation of Quantum Measurements

Python package to control the hardware processor for real-time photon-number-resolving measurements using transition-edge sensors (TES)

Computational appendix of arXiv:2403.02376

Python framework to symbolically compute Quantum Langevin equations using Sympy

This article explores quantum optics, where scientists for over two decades have worked on methods to minimize fluctuations in light measurement using quantum techniques.

Numerical solution to master equations of lasers and condensation N bosons

The code here refers to some simulations I performed during my Ph.D. at LENS (University of Florence, Italy) in the field of cold molecules and high-precision-spectroscopy.